Hinalea 4400 SWIR (shortwave infrared) hyperspectral camera

Hinalea 4400-SWIR | Hyperspectral Camera 900 – 1700 nm

Spatial resolution - pitch

640 x 512 px - 15 µm

# Spectral Bands

108 nominal

Spectral Resolution

10 nm (FWHM)

Spectral Range

900 - 1700 nm

Frame rate

Up to 10 hypercubes /sec

Interface

USB, CameraLink

SWIR Hyperspectral Camera

The HinaLea 4400 system stands out as a high-speed, adaptable, band-sequential, full-frame, shortwave infrared (SWIR) hyperspectral camera with real-time classification capabilities. Employing front-staring Fabry–Pérot technology, the 4400 encompasses both hardware and software essentials, making it suitable for a diverse range of inspection and aerospace applications. Whether operating in a fixed or mobile environment, the 4400 establishes a benchmark in both performance and portability.

Main features

  • High spatial and spectral resolution (full sensor size, in this case, 640 x 512 InGaAs FPA)
  • Spectral range: SWIR (1000 – 1700 nm)
  • # spectral bands: 108 spectral bands
  • Spectral resolution: 10 nm (FWHM)
  • Versatile: from high spectral resolution static image capture with hundreds of bands to near real-time image capture and classification with a few band-passes of interest in a multi-spectral configuration

Click HERE to visit the manufacturer’s website.

To view more hyperspectral and multispectral cameras, click HERE. 

SWIR Hyperspectral Camera

 

The HinaLea 4400 system stands out as a high-speed, adaptable, band-sequential, full-frame, shortwave infrared (SWIR) hyperspectral camera with real-time classification capabilities. Employing front-staring Fabry–Pérot technology, the 4400 encompasses both hardware and software essentials, making it suitable for a diverse range of inspection and aerospace applications. Whether operating in a fixed or mobile environment, the HinaLea 4400 establishes a benchmark in both performance and portability.

Main features

  • High spatial and spectral resolution (full sensor size, in this case, 640 x 512 InGaAs FPA)
  • Spectral range: SWIR (1000 – 1700 nm)
  • # spectral bands: 108 spectral bands
  • Spectral resolution: 10 nm (FWHM)
  • Versatile: from high spectral resolution static image capture with hundreds of bands to near real-time image capture and classification with a few band-passes of interest in a multi-spectral configuration

Click HERE to visit the manufacturer’s website.

To view more hyperspectral and multispectral cameras, click HERE. 

Hyperspectral Camera Applications

 

Food Safety 

Addressing the critical challenge of pathogenic microorganisms, including salmonella, listeria, and E. coli, in foods is paramount for consumer safety and the food industry. Failure to detect these pathogens can lead to severe outbreaks of food-borne illnesses, causing an annual economic burden exceeding $100 billion and over four hundred thousand global deaths. Traditional detection methods are costly, involve complex sample preparation, and take days to yield results, exacerbating the severity of outbreaks.

Hinalea Imaging introduces a groundbreaking solution for rapid and reliable pathogen detection. Their self-contained system integrates hyperspectral imaging, microscopy, and deep machine learning, featuring automated sample loading and detection. Collaboration with the USDA has showcased rapid pathogen identification in under 4 hours, significantly reducing the time for diagnosis and response, transforming pathogen detection from a laborious lab process to a user-friendly point-of-care solution.


Food Quality 

Conventional machine vision systems struggle with the stringent evaluation of food and agricultural products, utilizing color video cameras with RGB filters that fall short in modern processing environments. Hyperspectral Imaging emerges as the next-generation technology, offering high spectral and spatial resolution for comprehensive inspection. It can extend into the UV or IR range, revealing details on chemical and structural composition beyond visible spectrum capabilities.

Hyperspectral imaging provides manufacturers with added spectral information, enhancing quality assurance in various food safety and quality areas. This includes detecting foreign objects, identifying mechanical damage, and measuring food quality attributes like ripeness, decay, freshness, and ingredient homogeneity.


Precision Agriculture 

With a global population approaching 9 billion, the agriculture industry faces increasing pressure to enhance crop yield and farm productivity amidst economic challenges and climate change impacts. Precision agriculture is recognized as a potential solution, leveraging technology to respond to inter and intra-field variability in crops, enabling farmers to do more with less.

Hinalea Imaging’s intelligent hyperspectral imaging solutions support precision agriculture, integrating state-of-the-art hardware with custom machine learning algorithms. These solutions, deployable on static mounts, UAVs, or other vehicles, provide added spectral information for applications such as monitoring plant health, hydration, weed mapping, disease detection, and optimizing harvesting.


Industrial & Defense 

Beyond food supply chain optimization, Hinalea collaborates with customers to address diverse industrial and remote sensing challenges. Projects span aerial surveillance for threat detection, identification of chemical degradation in pipes, quality assurance of electrical components and displays, inspection of packaging, and classification of raw materials.

Hinalea adapts its imaging platform to specific customer requirements, offering configurable solutions for various environments. Examples include a UAV-mounted SWIR imager for real-time imaging and classification, a crawler-mounted imager for inspecting pipes in environmentally hazardous areas, an integrated in-line quality assurance system for product grading, and a stand-alone end-of-line quality assurance system for quality sampling.

4400 SWIR Hyperspectral Camera, equipped with a powerful software

 

The Hinalea 4400 SWIR hyperspectral camera system includes proprietary application software featuring fast and easy hyper-cube capture and intuitive image classification/segmentation as part of a suite of powerful spectral image exploration tools.

Sensitivity

900-1700 nm (SWIR)

text 1

Image resolution: 640 x 512 px

text 2

# bands: 108

text 3

spectral resolution: 10 nm (FWHM)

Scroll to Top